Magnets are objects that produce a magnetic field, attracting certain metals like iron and sticking to steel surfaces (think fridges and whiteboards). On this page, you’ll see several common types that suit different tasks.

• Rare earth (neodymium): Very strong for their size; useful when you need compact holding power.
• Ceramic (ferrite): Durable, cost-conscious options for everyday use.
• Flexible sheets/strips: Cuttable backing for crafts, labels, and DIY projects.
• Hooks, clips, and base magnets: Handy for hanging notes, keys, or tools on metal surfaces.

Pull-force ratings listed on product pages can help compare holding power. Coated or rubber-backed designs may help protect finished surfaces.

Magnets can be surprisingly versatile around your home, office, or classroom. Here are a few popular uses:

• Fridge and planning boards: Hold calendars, meal plans, lists, and reminders.
• Organization: Keep keys, small tools, and accessories in view on metal surfaces.
• Crafts and DIY: Make custom photo magnets, labels, or storage solutions with cuttable sheets.
• Classroom and teaching: Display visual aids or chore charts on magnetic boards.
• Workshops and garages: Post instructions or parts trays on toolboxes or shelving.

For heavier items, check the pull-force rating and surface type. Selecting the right shape, size, and coating can help achieve the hold you want without damaging finishes.

It’s an easy craft that works well with items on this page.

1. Pick a base: Use adhesive magnetic sheets, strips, or foam-backed buttons.
2. Cut to size: Trim the magnet to fit a photo, artwork, or small craft piece.
3. Prep surfaces: Clean and dry both the item and the metal area on your fridge.
4. Stick and press: Apply the adhesive side to your item and press firmly. Allow time for the adhesive to set as recommended.
5. Test the hold: Place on the fridge and adjust as needed.

For heavier pieces, a stronger magnet style may help. Keep small magnets away from children and pets.

If you need strong holding power in a compact size, consider the factors below:

• Material: Rare earth (neodymium) magnets typically provide high strength relative to size.
• Design: Cup or countersunk styles can focus the magnetic field and improve direct-contact holding.
• Size and thickness: Thicker and larger contact areas generally increase pull force.
• Grade and rating: Grades (e.g., N35–N52) and pull-force specs offer a useful comparison, but results can vary in real-world conditions.
• Surface: Clean, flat steel provides the best hold; coatings and paint may reduce grip.

Checking dimensions, pull-force ratings, and surface compatibility can help you choose a magnet that fits your project.

Scratches can happen when magnets slide or are too strong for delicate finishes, but a few choices can help reduce risk.

• Choose protective designs: Look for rubber-coated or plastic-covered magnets for finished surfaces.
• Match strength to the job: Use only as much holding power as you need to help avoid abrupt removal.
• Don’t slide: Lift magnets straight off instead of dragging them.
• Clean first: Dust or grit can scratch surfaces; wipe both the magnet and the metal area.
• Add a buffer: Felt pads or tape can add a protective layer to hard-backed magnets.

Testing in a low-visibility spot first can help you find a comfortable setup.